0908-9-15-20-75-14-11-0

Series:	0908
Part Status:	Active
Lead Free Status / RoHS Status:	--
Material:	Copper Alloy
Moisture Sensitivity Level (MSL):	--
Plating:	Gold
Plating - Thickness:	20µin (0.51µm)
Mounting Type:	Through Hole

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Contacts

A contact is a form of electrical switch used to spoil or open a connection between two parts of a circuit. Contacts are generally made of metals such as copper, silver, nickel, gold, and brass. A contact performs its functions by moving and pushing each end of the two contact points together, thus the name "contact". Unlike other types of mechanical switches, contacts require no electrical current in order to operate.The 0908-9-15-20-75-14-11-0 application field and working principle of contacts involve two distinct parts called the contact points. The first point is the active contact, which is the part directly connected to the electrical circuit. The second point is the inactive contact, which is usually the part that is indirectly connected to the electrical circuit. When the contact is closed, a controlled electrical current or signal passes through the active contact to the inactive contact, and vice versa when the contact is opened.In addition to use as part of an electrical circuit, contacts can also be used in small appliance and consumer electronic devices, such as camera shutters and light dimmers. These types of contacts are typically referred to as “microswitches.”

Spring Loaded and Pressure

The 0908-9-15-20-75-14-11-0 application field and working principle of spring loaded contacts and pressure contacts are quite similar. They both involve a two-point contact system where one point is connected to an electrical circuit and the other point is not. The first point is the active contact, which is the part directly connected to the electrical circuit, while the second point is the inactive contact, which has the potential to contact or disconnect the active contact when pressure is applied.Spring loaded contacts and pressure contacts operate on the same basic principle, in that when pressure is applied by either a spring or an external force, the active contact is separated from the inactive contact, thus breaking the circuit. When the pressure is removed, the active contact reconnects with the inactive contact, thus completing the circuit.In appliances and devices that require repetitive contact and disconnection, such as vending machines, timer switches, electric locks, and valves, spring loaded and pressure contacts are often the preferred choice due to their reliable performance in a wide variety of applications. Spring loaded contacts can also be set to provide a specific quanitity of pressure, allowing them to operate accurately and reliably even over long periods of time. Additionally, due to their durable construction, spring loaded and pressure contacts can also be used in extreme environmental conditions.

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